Teaching Lab.Teaching real life power electronics

for the 21st century power electronics engineer.

Immediate hands-on experienceHIL400 system provides an integrated, completely safe, and comfortable environment for students and engineers to learn, experiment and implement PE control algorithms, no matter the power ratings; from kW to MW.

Teaching Modules cover a wide range of application like: wind turbine converter controls, solar panels converter controls, industrial motor drives, hybrid/electric vehicle drives, power supplies, and more.

Complete GCC workshop materialsNew methodological approach to teaching power electronics control applications of grid-connected converters (GCC) for distributed generation, renewable energy systems, active filters and smart grid applications.

Students learn how to operate converter systems under different operating conditions including grid disturbances and faults while gaining real-life industrial grade experience.

Typhoon HIL comprehensive environment for power electonics research and education.

New Hardware-in-the-Loop Based Power Electronics Teaching Laboratory

“Typhoon HIL power electronics teaching laboratory provides engaging, hands-on, and intuitive learning environment which makes laboratory classes fun and effective for students while being in 100% safe environment”

Prof. Kaushik RajashekaraThe National Academy of Engineering Member,

Distinguished Professor and Endowed Chair, University of Texas at Dallas

Typhoon HIL600 with Fail-safe Modular Control Platform from EPFL

“Thanks to the easy-to-use interfaces of the control platform, the gating and measurement wires can be just swapped from the HIL emulator to the real-world application within minutes, providing a seamless transition to the physical setup will little or no further debug.”

Prof. Alfred Rufer, Professor of Power ElectronicsEPFL (Ecole Polytechnique Fédérale de Lausanne) Lausanne, Switzerland